Geomembrane is a high-performance polymer barrier used for seepage control, containment, and environmental protection across landfills, mining, water reservoirs, canals, tailings, aquaculture, and agriculture.


Our ISO-verified quality, high chemical and puncture resistance, UV stability, and long service life—engineered for consistent weldability and fast field installation. With advanced extrusion lines and strict QC (thickness, carbon black, OIT, tensile/tear), your projects run on reliable materials and predictable performance.

Discover Our Best Geomembrane Collection

Smooth Geomembrane 1

HDPE Geomembrane

Manufactured from virgin HDPE with UV/antioxidant packages, this liner delivers outstanding chemical resistance, stress-crack resistance, and long-term durability. Available smooth or textured (single/double) to optimize interface friction, it welds cleanly by hot wedge/extrusion for rapid, secure seams. From our ISO-certified plant, you receive uniform thickness and roll width, stable resin grades, and full QC documentation—your proven choice for landfill base liners, heap-leach pads, ponds, and canals.

Types of Geomembrane

We offer a full portfolio of geomembrane liners to match your project and procurement needs. From resin grade and thickness to surface finish, color, and roll format, each option is engineered for reliable containment, fast installation, and long service life. Explore the ranges below and select the liner configuration that fits your specifications.

By Materials

Smooth Geomembranes Vs Textured Geomembranes1

HDPE Geomembrane

Produced from high-density polyethylene with UV and antioxidant packages, this liner offers excellent chemical resistance, stress-crack resistance, and durability. It’s the go-to choice for landfills, heap leach pads, ponds, canals, and reservoirs where long-term performance and weldability are critical.

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Composite Geomembrane

A factory-bonded laminate combining a polymer liner with nonwoven geotextile to enhance puncture resistance, cushioning, and slope friction. Ideal over irregular subgrades or side slopes, helping reduce underliner demands while improving survivability and handling.

By Surface Geomembrane

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Smooth Geomembrane

Flat surfaces deliver efficient factory QC, rapid field deployment, and high seam productivity with hot-wedge/extrusion welding. Best where interface friction is less critical—such as pond bases, cells with ballast, or areas receiving protective layers.

Smooth Geomembranes Vs Textured Geomembranes

Textured Geomembrane

Engineered texture increases interface friction for side slopes, capped cells, and lining systems requiring shear stability. Single- or double-sided texture options allow you to tailor friction values without sacrificing seam quality.

By Thickness Class

Smooth Geomembranes Vs Textured Geomembranes

Standard Duty (0.5–1.0 mm)

Lightweight sheets for canals, aquaculture, decorative ponds, and secondary containment where rapid placement and conformance are priorities. Lower material mass aids handling and detailing around penetrations.

氮气发泡工艺糙面土工膜-Nitrogen Foaming Geomembrane (4)

Heavy Duty (1.5–3.0 mm)

Thicker gauges for landfills, mining, and high-load containment require superior puncture resistance and extended service life. Increased rigidity supports consistent seam profiles and reduces the risk of damage during cover placement.

By Color & Thermal Control

Smooth Geomembrane (14)

 Black Geomembrane

Black (Carbon-Black Stabilized), industry standard for UV protection and long-term outdoor exposure. High opacity minimizes photodegradation and provides a uniform appearance across large cells.

Smooth Geomembrane (20)

White / Green Geomembrane

Light-colored surfaces improve visual inspection, reduce surface temperature in hot climates, and support worker safety. Common on exposed caps, tanks, and sites with thermal-management requirements.

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Which Geomembrane is right for your Project?

Our expert team helps you choose the right geomembrane for your project’s structural, environmental, and financial needs. Whether it’s HDPE geomembrane (geomembrana HDPE) for landfill lining, flexible LLDPE liners, or custom solutions, we deliver reliable recommendations.

As a trusted geomembrane manufacturer and supplier, MJY provides high-performance liners known for durability, chemical resistance, and environmental protection. Recognized as a geomembrane best manufacturer, we serve global markets with solutions built for efficiency and sustainability.

FAQ

What are the Disadvantages of Geomembrane?

While geomembranes (including HDPE geomembrana) are widely used for landfill lining, ponds, mining, and wastewater treatment due to their impermeability and durability, there are some disadvantages to consider:

  • Installation Challenges – Geomembranes require skilled installation. Improper welding or surface preparation can lead to leaks.
  • Puncture Risk – Sharp objects, roots, or heavy equipment can puncture or damage the liner if not properly protected.
  • UV Sensitivity – Long-term exposure to sunlight may degrade certain geomembrane types without protective cover.
  • Temperature Limitations – Extreme cold or high heat can affect flexibility and long-term performance.
  • Cost of Repairs – Detecting and repairing leaks can be complex and expensive.

Despite these limitations, when installed and maintained correctly, geomembranes remain one of the most effective and cost-efficient solutions for containment and environmental protection.

The lifespan of a geomembrane liner depends on the material, installation, and exposure conditions. HDPE geomembrana can last 20–30 years or more when properly installed and covered, making it a reliable solution for large-scale environmental and infrastructure projects.

Geomembranes provide superior impermeability, chemical resistance, and durability compared to traditional liners. They are cost-effective, easy to transport, and suitable for diverse applications, from landfill containment to aquaculture ponds.

There are several types of geomembranes, including HDPE geomembrane, LDPE geomembrane, PVC geomembrane, and EPDM liners. Among them, HDPE geomembrana is the most widely used due to its high chemical resistance, durability, and cost-effectiveness.

The thickness of a geomembrane liner depends on its application. Common thicknesses range from 0.5 mm to 3 mm. For example, landfills and mining projects usually require thicker geomembranes for maximum durability, while ponds and aquaculture can use thinner liners.

Yes, geomembrane installation requires trained professionals and specialized equipment. Proper seaming, welding, and quality control are critical to ensure impermeability and prevent leakage. Working with an experienced geomembrane manufacturer and supplier helps guarantee reliable results.

MJY is a trusted geosynthetic manufacturer for over 10 years with our expertise and vast knowledge in the industry.

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